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# A computer system has a Weibull failure distribution with acharacteristic life = 97 hours, a shape parameter = 1.2, and alocation parameter equal to 7. When the com...

## Question

###### A computer system has a Weibull failure distribution with acharacteristic life = 97 hours, a shape parameter = 1.2, and alocation parameter equal to 7. When the computer fails it takes anaverage of 7.3 hours to repair.a. Calculate the reliability over a 37-hour period. Show all the work (equations and calculations). (Go to aminimum of 4 decimal places)b. What is the "steady-state" availability of thecomputer system. Show all the work (equations andcalculations). (Go to a minimum of

A computer system has a Weibull failure distribution with a characteristic life = 97 hours, a shape parameter = 1.2, and a location parameter equal to 7. When the computer fails it takes an average of 7.3 hours to repair. a. Calculate the reliability over a 37-hour period. Show all the work (equations and calculations). (Go to a minimum of 4 decimal places) b. What is the "steady-state" availability of the computer system. Show all the work (equations and calculations). (Go to a minimum of 4 decimal places) #### Similar Solved Questions

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##### QuT WoCk10. (8 pc) Compute the work W= fc Fo &r, given the force F =x' 2,y" >, C is given by 718 sin {, COS/,41 >, where x cCse sin ,2 =44, Ost< 2V" "!9:[] SEubv? P.90^ ' {-Iien
QuT WoCk 10. (8 pc) Compute the work W= fc Fo &r, given the force F =x' 2,y" >, C is given by 718 sin {, COS/,41 >, where x cCse sin ,2 =44, Ost< 2 V" "!9:[] SEubv? P.90^ ' {-Iien...
##### Based on the diagram Figure 1: Select the correct options for Input 1, Process 2, Process 3, Process 4 and Output 5.Input 1 = Raw sequence reads/data, Process 3 = Genome/function annotation - using blastx/psiblast or equivalentInput 1 = Raw sequence reads/data_ Process 4 = Sequence alternation analysisProcess 2 = Gene prediction; Output 5 = List of vaccine candidatesProcess 2 = Gene prediction; Process 3 Spike proteins annotationOutput 5 = List of antibody candidates Input 1 =Genome prediction P
Based on the diagram Figure 1: Select the correct options for Input 1, Process 2, Process 3, Process 4 and Output 5. Input 1 = Raw sequence reads/data, Process 3 = Genome/function annotation - using blastx/psiblast or equivalent Input 1 = Raw sequence reads/data_ Process 4 = Sequence alternation ana...
##### 25' + IOs Determine â‚¬ (8 28+51(8+1))(10 points)3" - C0s2 Ie" sin2t .B. Ae' coszt + 3e' sinZt ~ eC: 3e cos Zt + 4e sin 2t -D. 3e coszt +4e' sinzt -
25' + IOs Determine â‚¬ (8 28+51(8+1)) (10 points) 3" - C0s2 Ie" sin2t . B. Ae' coszt + 3e' sinZt ~ e C: 3e cos Zt + 4e sin 2t - D. 3e coszt +4e' sinzt -...
##### Part â‚¬A 9 ,F capacitor with no dielectric has an E-field of 94 kVImm between the plates. The voltage across the capacitorDetermine the area of the plates:
Part â‚¬ A 9 ,F capacitor with no dielectric has an E-field of 94 kVImm between the plates. The voltage across the capacitor Determine the area of the plates:...
##### Based on the figure below; the miller indices for the vector shown are x =+Z3+Y+X
Based on the figure below; the miller indices for the vector shown are x = +Z 3 +Y +X...
##### Figure $\mathrm{P} 13.5$ shows plots of reactant concentrations versus time for four reactions. Which one has the greatest initial rate? (FIGURE CANNOT COPY)
Figure $\mathrm{P} 13.5$ shows plots of reactant concentrations versus time for four reactions. Which one has the greatest initial rate? (FIGURE CANNOT COPY)...
##### Do the following.a. Set up an integral for the length of the curve.b. Graph the curve to see what it looks like.c. Use your grapher's or computer's integral evaluator to find the curve's length numerically.$$y^{2}+2 y=2 x+1 from (-1,-1) to (7,3)$$
Do the following. a. Set up an integral for the length of the curve. b. Graph the curve to see what it looks like. c. Use your grapher's or computer's integral evaluator to find the curve's length numerically. $$y^{2}+2 y=2 x+1 from (-1,-1) to (7,3)$$...
##### The following decay function estimates the amount of grams of radioactive substance after years: P(t) 64e ao133tHow long will it take for the original amount of this substance to decay to 63 grams?Do not round any of your calculations until the end_ Round your final answer to decimal place _years
The following decay function estimates the amount of grams of radioactive substance after years: P(t) 64e ao133t How long will it take for the original amount of this substance to decay to 63 grams? Do not round any of your calculations until the end_ Round your final answer to decimal place _ yea...
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172 aantenamttenrctan m ctnoc niluate thu Intertai 22 ox m6 13] 775 Inikx- Skex {95) 4 Thecouect Dartull Iracurons Ior thenlruan antictetivabvu af the Evcn Intorruk dxe 2x7 + Ix - 15 n(9,/5)+ 4{7 valient 0i fakeo; w" Edi EV Mhime Kiven Imerzal on (he MMerva(0/1 Jix =...
##### Let T= {R,X âŠ‚ R | 1 âˆˆ/ X}be a topology on R, Is it connected?
let T= {R,X âŠ‚ R | 1 âˆˆ/ X}be a topology on R, Is it connected?...
##### A very good laboratory vacuum can evacuate the gas in a chamberso that its pressure is about 10âˆ’12 Pa. Assuming the gas is atroom temperature (T â‰ˆ 20Â°C), estimate the number density (number per unit volume) ofgas molecules in the chamber. particles/m3A system's thermal energy increases by 19.5 J when theenvironment does 19.5 J of work on it. According to thefirst law of thermodynamics, how much heat is transferred to thesystem?
A very good laboratory vacuum can evacuate the gas in a chamber so that its pressure is about 10âˆ’12 Pa. Assuming the gas is at room temperature (T â‰ˆ 20Â°C), estimate the number density (number per unit volume) of gas molecules in the chamber. particles/m3 A system's thermal ene...
##### What volume of N2, measured at 21 Â°C and 734 mm Hg, will beproduced by the decomposition of 9.02 g NaN3? 2 NaN3(s) 2 Na(s) + 3N2(g)A.16.1 LB. 0.371 LC. 3.47 LD. 2.31 LE.5.20 L
What volume of N2, measured at 21 Â°C and 734 mm Hg, will be produced by the decomposition of 9.02 g NaN3? 2 NaN3(s) 2 Na(s) + 3 N2(g) A.16.1 L B. 0.371 L C. 3.47 L D. 2.31 L E.5.20 L...
##### Two samples of carbon tetrachloride are decomposed into their constituent elements. One sample produces 38.9 g of carbon and 448 g of chlorine, and the other sample produces 14.8 g of carbonand 134 g of chlorine. Are these results consistent with the law of definite proportions? Show why or why not.
Two samples of carbon tetrachloride are decomposed into their constituent elements. One sample produces 38.9 g of carbon and 448 g of chlorine, and the other sample produces 14.8 g of carbon and 134 g of chlorine. Are these results consistent with the law of definite proportions? Show why or why no...
##### Find a polar equation for the curve represented by the given Cartesian equation.$x^2 - y^2 = 4$
Find a polar equation for the curve represented by the given Cartesian equation. $x^2 - y^2 = 4$...
##### Below is a list of variables you can include in your model forconsideration sets, or your model for choice (from theconsideration set), or both. In practice, you could include bothand merely keep those that are significant. But for now, let usthink about which variables you think are likely to matter more forconsideration or choice.Let us stick to the automotive space, and say that you have asurvey of people who recently purchased a car; it contains the Xvariables below. The survey also tells yo
Below is a list of variables you can include in your model for consideration sets, or your model for choice (from the consideration set), or both. In practice, you could include both and merely keep those that are significant. But for now, let us think about which variables you think are likely to m...